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Research & education stakeholders

(Universities, laboratories, engineering schools, research centers)

Batteries are at the core of the energy transition.

At kurybees, we provide data, models, equipment, and expertise to the academic world to accelerate applied research, strengthen education, and connect industry with universities.

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Experimental data for your research

Our databases built from thousands of lithium-ion and sodium-ion cell tests include :

  • Electrical and thermal battery performance,
  • Multi-temperature battery aging curves,
  • Electrochemical parameters and RC models.
  • Use these datasets to validate models, train AI, or calibrate battery simulation.
  • Research objective: save experimental time and improve scientific robustness.
Données expérimentales pour vos recherches
Cellules vieillies pour études de seconde vie

Aged cells for second-life studies

Each year, more than 1,000 tested cells across all chemistries. We provide aged cells at various stages, ideal for :

  • Post-mortem studies,
  • Battery durability analysis,
  • Second-life and reuse research.
  • Research objective: support theses and projects on battery circularity.

Digital models for energy studies

Our experimentally validated multiphysics models are available for:

  • Battery + supercapacitor hybridization,
  • Battery + fuel cell coupling,
  • Electro-thermal battery aging simulation.
  • Integrate our models (Simulink, FMU, Matlab, Excel) into teaching activities or student projects.
  • Education objective: make energy modeling practical and accessible.
Modèles numériques pour vos études énergétiques
Modèles numériques pour vos études énergétiques
ifp-training

Training & education

In partnership with IFP Training and IFP School, we offer courses on battery modeling, battery performance, and battery aging:

  • Modules for engineers, master’s students, and PhD candidates,
  • Custom programs integrating Excel and Simulink tools,
  • Hands-on workshops and real-case studies from our testing campaigns.
  • Teaching objective: train the next generation of battery experts using real industrial data.
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PhD theses, internships & collaborations

Each year, we welcome students, PhD candidates, and researchers as part of:

  • CIFRE PhD theses, internships, and apprenticeships,
  • Collaborative ANR or European research projects.

Our supervisors ensure rigorous scientific follow-up and concrete transfer to industry.

  • Research objective: foster sustainable innovation and industrial valorization.

Together, advancing research

Our collaborations with IFPEN, IMS Bordeaux, ENSIBS, ENSEA, IFP Training, and IFP School reflect our commitment to applied and educational research.

  • Share your topics, access our tools, and let’s build together the next generation of sustainable energy solutions.